Chemistry at Fredonia
At Fredonia, you will receive a broad-based education in the chemical sciences. Major areas include: general chemistry, organic chemistry, analytical chemistry, biochemistry, inorganic chemistry and physical chemistry. Fredonia prides itself in making sure you will be prepared for employment in industry, government labs or secondary education or to pursue graduate education in chemistry, related disciplines or professional schools.
The Fredonia Difference
While some schools may just focus on classroom teaching and others focus on research, at Fredonia you will receive BOTH. Also, for all core courses in this program, students are required to take a national exam. Fredonia students consistently score higher on the exam than the national average. The program offers two tracks; one for students with second majors or minors in related disciplines, and one designed for students interested in graduate or professional schools.
- Applied research and product development
- Hazardous waste management
- Lab management
- Public health
- Public health
- Military science and technology
It's Different Here
Annual scholarships keep college affordable for Fredonia's science students.
$2 million of instrumentation
Fredonia has the best-outfitted undergraduate chemistry program in SUNY.
small class sizes
Upper-division courses typically have less than 20 students. This allows for a great deal of student-faculty interaction.
Why Chemistry at Fredonia?
Fredonia conducts faculty research with undergraduates, who then go on to the best graduate programs in molecular biology and analytical chemsitry.
Research funding gives students opportunities to work in research labs in the summer to enhance their education.
With $2 million in equipment upgrades in Fredonia's state-of-the-art science center, you will be highly marketable for industrial positions as well as grad school.
CHEM 462 Inorganic Chemistry
Topics include introduction to molecular symmetry and group theory. Discussions of electronic structure of atoms and their periodic properties followed by detailed considerations of ionic and covalent bonding.
CHEM 465 Advanced Experimental Biochemistry
State-of-the art biochemical and molecular techniques are taught within the hands-on, laboratory-based course.
CHEM 481 Medicinal Chemistry
This course is intended to teach you the introductory topics in medicinal chemistry from an organic chemistry point of view. You will learn how drugs are discovered but just as importantly modified to improve their potency but at the same time reduce their toxicity. Drug metabolism will be introduced and approaches to how organic drug candidates can be synthesized will be covered as well.